Because they have winglets which cause them to release farts. These farts eventually cause the plane to explode.
No, bulldogs cannot fly on planes due to their brachycephalic (flat-faced) anatomy, which can cause breathing difficulties at high altitudes. Airlines have restrictions on flying certain breeds for their safety.
Planes fly at high altitudes because the thinner air reduces air resistance, allowing the aircraft to fly more efficiently. Flying at high altitudes also provides smoother air currents, less turbulence, and shorter flight times due to the ability to take advantage of jet streams. Additionally, being at a higher altitude allows planes to avoid obstacles on the ground and have more flexibility in choosing their flight path.
Planes fly at high altitudes to benefit from thinner air, which reduces air resistance and drag. This allows planes to fly more efficiently, saving fuel and increasing speed. High altitudes also provide more stable air currents, resulting in a smoother ride for passengers.
It really depends on what the size of the jets. The Airlines fly from 32,000 to 38,000 feet.Normal Jet Planes fly at about 30,000 feetMilitary Jet planes fly anywhere from 100 feet all the way up to 80,000 (Some do go higher but those are for special occasions)
Jet planes fly in the stratosphere, which is the second layer of Earth's atmosphere. This layer provides a stable environment for jet propulsion and allows for efficient flying at high altitudes.
At high altitudes the atmosphere is less dense that at lower altitudes. This means that planes flying higher experience less drag (friction) than those lower down, so that means they can go faster.
At high altitudes the atmosphere is less dense that at lower altitudes. This means that planes flying higher experience less drag (friction) than those lower down, so that means they can go faster.
Planes often fly at least 10 km from the ground to avoid turbulence and weather disturbances that are more prevalent at lower altitudes. At higher altitudes, the air is thinner, which reduces drag and improves fuel efficiency. Additionally, flying at cruising altitudes allows aircraft to stay above most commercial air traffic, enhancing safety and efficiency in air travel.
No. Missiles gotta be able to detect planes in the radar in order get a lock on because missiles need to get a lock on to shoot down planes but planes fly in really high altitudes, this makes it even more difficult to detect planes on radar.
Of course, planes can fly.
Design and structural flaws determine the "absolute ceiling" of any particular aircraft, which is why some can fly at higher altitudes than others.The SPACE SHUTTLE, for example, can fly at virtually unlimited heights, and it technically qualifies as an "airplane."
Military planes can only be flied by the military officers because the officers are well-trained and highly qualified to fly the military aircrafts. The officers are trained in high altitudes and in many different regions which helps them in flying the aircraft in bad whether or whatever the condition is.